Alle unsere Spezialisten haben die gleiche Denkweise: Wir denken wie die Automobilindustrie. Wir lieben, was wir tun – ganz gleich, ob wir uns mit Beleuchtungssystemen, elektronischen Systemen oder mit Testsystemen beschäftigen. Wir sind der festen Überzeugung, dass die Vorbereitung auf die Zukunft Verständnis, technisches Know-how, den Einsatz geeigneter Werkzeuge und Prozesse sowie Testmöglichkeiten erfordert und zwar alles auf der Ebene der Systeme.
LEISTUNGEN
BELEUCHTUNG
TESTING
E/E
LEISTUNGEN
BELEUCHTUNG
TESTING
E/E
Alle unsere Spezialisten haben die gleiche Denkweise: Wir denken wie die Automobilindustrie. Wir lieben, was wir tun – ganz gleich, ob wir uns mit Beleuchtungssystemen, elektronischen Systemen oder mit Testsystemen beschäftigen. Wir sind der festen Überzeugung, dass die Vorbereitung auf die Zukunft Verständnis, technisches Know-how, den Einsatz geeigneter Werkzeuge und Prozesse sowie Testmöglichkeiten erfordert und zwar alles auf der Ebene der Systeme.
KNOW HOW
Wir sind das Engineering-Service-Team, das unseren Kunden den entscheidenden Vorsprung verschafft – mit Kreativität und Know-how in allen Phasen des Produktentwicklungsprozesses. Arbeite zügig, sei kosteneffizient und liefere einen Mehrwert.
Design & Styling
- Sketching
- Visualisation (PHOTOSHOP)
- Renderings (VRED, MAXWELL)
- Class A surface modelling (ICEM, ALIAS)
- Trendscouting
Mechanical Engineering
- 2D/3D modelling (CATIA)
- Tolerance analysis
- Design to cost
- Design for manufacturability/assembly
- BOM
Optical Design
- Non-Imaging systems
- Facetted reflector design (LUCIDSHAPE)
- Lightguides (SPEOS + in-house software)
- Refractive optical elements / Fresnel lenses
- Imaging systems
- Single-function / multi-function systems
- Miniaturized projector systems
- Micro-lens-array systems
- High-resolution Imaging
- Tolerancing
Electronics Hardware
- Schematics
- PCB Layout (MCPCB/FR4/FLEX)
- Simulation
- Bus systems (LIN/CAN/LAN)
- Microcontrollers
- Driver topologies (buck/boost/buck-boost)
- Failure detection
- EMC/EMI optimization
Electronics Software
- Firmware
- Integration of standard components (bootloader, LIN/CAN, ..)
- Diagnosis functionality
- Functional safety
- ASIL Levels A+B
- Algorithm development
Thermal Design
- PCB / Component level design
- System level optimization
- Condensation / De-Fogging
- Solar radiation calculation
- Static and transient simulation (Flo-EFD)
Project Management
- Component and system level description
- Requirements management
- Timing/Cost/Quality tracking
- Change management
Validation / Testing
- Prototyping: Dummies, aesthetical samples, functional samplesPrepare test samples and equipment
- Optics lab: spectrometer, Ev/Iv/Lv-meter, Goniometer
- Electronics lab: Function generator, Oszi, Micro-Auto-Box, automated test system, VECTOR VT-System, EMC
- Thermal lab: Thermo-couples with recorder system, IR-camera
- Environmental: Climate chamber, corrosion, vibration
LEISTUNGEN
Research & Technology
Aktivitäten zu Beginn des Produktentstehungsprozesses, um Styling- und Technologietrends zu erkennen und diese in kommenden Fahrzeugen zu nutzen.
- Styling and technology trend scounting
- „Idea“ Workshops
- Functional samples
- Vehicle integration
- Benchmarking
- Support product definition and product roadmap activities
Pre-Development
Setting the basis for a specific product by defining the aesthetical and technical boundary conditions and interfaces.
- Class-A modelling and visualization/renderings
- Verify technical feasibility and feedback to styling
- Legal checks / Homologability
- Component and System level descriptions
- Prepare technical specification documents
RFQ Phase
Key activitiy is technical concept work and it’s feasibility from engineering, manufacturing and commercial point of view.
On OEM side:
- Technical clarification with potential suppliers
On TIER 1/2 side:
- Specification evaluation / Requirements management
- Technical concept and feasibility
- Assembly/Manufacturing concept
- BOM
Product Development
Product development work is typically following the v-model approach for specifying, developing and testing to allow a smooth handover to the industrialisation team.
- On OEM side:
- Project management / component responsibility
- Interface between Tier 1 and OEM technical departments
- On TIER 1/2 side (partly or in full project responsibility):
- Design to cost / Design for manufacturability / Tolerancing
- Prototyping in various qualities as needed in the actual project phase
- Component and system level testing and verification
Tooling & Equipmnent
Setting up and optimizing production equipment and related processes according to the products needs.
- On OEM side:
- Project management / component responsibility
- Interface between Tier 1 and OEM technical departments
- On TIER 1/2 side:
- Equipment tracking and tool optimization support
- Engineering support during tool optimization
Qualification & Homologation
Product verification tests and related activities to pave the way for production release.
- On OEM side:
- Project management / component responsibility
- Interface between Tier 1 and OEM technical departments
- On TIER 1/2 side:
- Tracking and troubleshooting
- Support production processes optimization
- Set-up, supervise and evaluate qualification and homologation
Production Ramp-Up
Overcoming unexpected situations during ramp-up to finally end up with a high yield production situation.
- On OEM side:
- Project management / component responsibility
- Tracking and troubleshooting of quality issues and supply shortages
- Interface between Tier 1 and OEM technical departments
- On TIER 1/2 side:
- Support failure root cause analysis and supervise corrective actions
